What are the Application of MBBR Technology?
Municipal and industrial wastewater treatment, are the two main applications for MBBR technology. The MBBR wastewater treatment system provides effective outcomes, with little energy use. The technology is also used to distinguish, between the nitrification and denitrification of organic compounds.
Application of MBBR systems
MBBR can be used to treat various types of wastewater. Desired outcomes and federal laws governing discharge, affect how it is used. It is mainly used for:
- Removal of the biological oxygen demand (BOD),
Industrial Applications of Moving Bed Biological Reactors (MBBR)
There are countless industrial uses for MBBR. It is useful for any industry that must treat wastewater. Here are a few instances of MBBR systems used in industrial settings.
- Manufacturing of pulp and paper
The pulp and paper sector has substantial water usage requirements. As process water makes up around 85% of this, paper manufacturers generate a lot of contaminated effluent that needs on-site treatment. MBBR has demonstrated its efficacy in treating this effluent.
- Manufacturing of chemicals
The production of chemicals generates a significant amount of wastewater, containing organic contaminants. Before it can be recycled or discharged into the natural waterways, this effluent must be treated. Chemical manufacturing facilities should strongly consider MBBR, as a component of their ETP.
- Textile factories
Textile manufacturers must have ETPs, since they produce wastewater that needs treatment. For textile mills, MBBR is a fantastic choice. It is efficient at removing dyes and other pollutants, and it is manageable enough for small facilities.
- Processing of dairy products
Processing dairy products like milk, cheese, and yoghurt produces a lot of effluent, which includes biochemical oxygen demand (BOD), in addition to other types of waste. Due to its exceptional efficacy, MBBR is a valuable wastewater treatment option for the dairy industry.
- Food & beverage industry
Water is a key component of the majority of beverages, although water is also used in the production of beverages, for cleaning and cooling purposes. Wastewater produced by these operations needs to be treated. To meet the large volume demand for water treatment in this industry, MBBR is particularly well-equipped.
- Use in Sewage treatment plants
Sewage treatment facilities also employ moving bed biofilm reactor technology (STP-MBBR). An active sludge aeration system is used to construct it. The plastic carriers, which have a significant internal surface area, are where the sludge is gathered. The carriers' surface area maximizes the contact with water, air, and the microorganisms, which aid in the denitrification of organic waste to reduce its volume.
Advantages of MBBR technology
Utilizing less energy, the MBBR wastewater treatment system produces effective results.The various benefits of MBBR are as follows:
- Water is saved.
- It is simple to up-keep.
- It is fantastic for a heavy organic load.
- Toxic shock has no impact on it.
- There is increased nitrification, due to high sludge retention time’s effectiveness.
- Sludge production is low.
- The sludge does not need to be recycled.
- It is environmentally friendly as well.
Examples of MBBR's industrial applications are numerous, as wastewater treatment is required by a wide range of businesses. Plant managers and consulting engineers have seen first-hand values that MBBR can add to their ETP, in a variety of different sectors.
Finally, the versatility of MBBR technology and its ease of relocation, makes it a good choice, for wastewater treatment.